Poe Switches

PoE injector is PoE power supply module. There are 2 x RJ45 PoE ports one of which is the Ethernet In Port for the uplink of upper switches or other upper network devices, and another is PoE Out port used as the port for network data and power output.These PoE injectors provide a simple, economical, high-performance and intelligent way for Ethernet PoE power supply and data communication. They can supply power to HD webcam through Cat5 Ethernet cable.

It has 4 Protection methods :Gas discharge tube, Voltage Dependent Resistor, Transient Voltage Suppressors, Electro-Static Discharge, Differential Mode Surge Voltage (L-L,8/20us) : 4KV, Breakdown Voltage (4,5-7,8) & (3,6-1,2) : 90-180VDC, Common Mode Surge Voltage (L-E, 8/20us) : 6KVBreakdown Voltage (8 lines-earth) : 70 120VDC, Operating Current : 1.36AMax Surge Current : 20KA There are 2 x RJ45 PoE ports one of which is the Ethernet In Port for the uplink of upper switches or other upper network devices, and another is PoE Out port used as the port for network data and power output.These PoE injectors provide a simple, economical, high-performance and intelligent way for Ethernet PoE power supply and data communication. They can supply power to HD webcam through Cat5 Ethernet cable.

Highlights
PoE injector is PoE power supply module. There are 2 x RJ45 PoE ports one of which is the Ethernet In Port for the uplink of upper switches or other upper network devices, and another is PoE Out port used as the port for network data and power output. These PoE injectors provide a simple, economical, high-performance and intelligent way for Ethernet PoE power supply and data communication. They can supply power to HD webcam through Cat5 Ethernet cable.

Other Details

• Supply power to HD Network Surveillance cameras with Cat5e (PoE)
• Compatible with IEEE 802.3af/at standard
• With the Ethernet network port and PoE output port
• Power input port with lighting protection
• Can supply power with the spare line pair (4/5 (+), 7/8 (-) method or the data line pair 1/2(+), 3/6(-) method
• No fan, natural heat dissipation